Carbon Bonding and the Diversity of Organic Compounds
Carbon's electronic structure allows it to bind itself to form chains and rings, to bind covalently to other elements and different errangements.
Carbon-Carbon Bonding
Catenation: the covalent bonding of an element to itself to form chains or rings
The carbons in the structures can be linked by single, double, or triple covalent bonds.
Carbon Bonding to Other Elements
Hydrocarbons: they are composed of only carbon and hydrogen, they are the simplest organic compounds
Arrangement of Atoms
Some compounds may contain the same atoms but have different properties. The bonding capabilities are what make this possible.
Structural Formulas
-indicates the number and types of atoms present in a molecule and also shows the bonding arrangement of the atoms, they are made smaller to make them easier to read
-they do not show the accurate 3 dimensional shape
Isomers
Structural Isomers: the atoms are bonded together in different orders
-they can have physical or chemical properties
Geometric Isomers
Isomers in which the order of the atom bonding is the same but the arrangement of the atoms in space is different
Organic Chemistry
Organic Compounds
-covalently bonded compounds containing carbon, excluding carbonates and oxides
Carbon Bonding and the Diversity of Organic Compounds
Carbon's electronic structure allows it to bind itself to form chains and rings, to bind covalently to other elements and different errangements.Carbon-Carbon Bonding
Catenation: the covalent bonding of an element to itself to form chains or ringsThe carbons in the structures can be linked by single, double, or triple covalent bonds.
Carbon Bonding to Other Elements
Hydrocarbons: they are composed of only carbon and hydrogen, they are the simplest organic compoundsArrangement of Atoms
Some compounds may contain the same atoms but have different properties. The bonding capabilities are what make this possible.Structural Formulas
-indicates the number and types of atoms present in a molecule and also shows the bonding arrangement of the atoms, they are made smaller to make them easier to read-they do not show the accurate 3 dimensional shape
Isomers
Structural Isomers: the atoms are bonded together in different orders-they can have physical or chemical properties
Geometric Isomers
Isomers in which the order of the atom bonding is the same but the arrangement of the atoms in space is different